The textile manufacturing industry encompasses many and diverse processes that rely heavily on the use of water, energy, chemicals, and other resources. Wet spinning, sizing, desizing, scouring, bleaching, mercerization, dyeing and printing are just a few. Monitoring and controlling the pH, TDS/Conductivity/Salt Concentration, ORP (REDOX), and Temperature of the aqueous solutions used in these processes conserves costly resources, controls quality, and reduces the amount of pollution that must be treated before discharge of effluent wastes. This can be done manually with handheld instruments or automatically with in-line monitor/controllers.

Water is the most valuable resource on earth...…and it should be treated as such. ProMinent specialises in reliable solutions for water treatment and disinfection that effectively eliminate bacteria, viruses and harmful substances.

It is the job of Stormwater and Floodplain Manager to plan, develop and manage our resources that provide a response to the hydrologic cycle and our part in it. Water evaporates, falls from the skies onto urban, rural and forested lands, and runs off into streams, rivers and lakes, as well as onto roofs, roads and urban landscapes and is utilised by those who live there. You design the physical infrastructure necessary to meet the needs of society and to preserve the natural environment, and model its ability to withstand the extremes of the hydrologic cycle.

We can create reinforced berms which are commonly used for a variety of reasons. Common applications include: Reinforcement or creation of waterways. Reinforcement or creation of coastal berms. Flood defense perimeter (vegetated). Raising existing levee height in a flood event.

Before natural gas or oil is transported through new pipelines, the entire length of the pipeline assembly is pressure tested using either fresh water or seawater, and is the final construction ‘quality assurance’ test before the pipeline is put into operation. The pressure test is held for a specific amount of time, from between 1 day and 100 days, to ensure structural integrity before the pipeline is placed into operation.

According to the World Heath Organization (WHO), more than one billion people lack access to safe drinking water and sanitation worldwide, and for this reason, water borne illness has become the leading cause of death. In fact, water borne disease kills more than 3.4 million people each year due to lack of clean water and sanitation treatment. Mobile water treatment systems solve these water contamination issues and save lives across the world.

There are strict regulations in place surrounding waste water, which makes it very important to monitor. Even small changes in aquatic ecosystems can have a huge impact in the chemical makeup of water, temperature, etc. By using real time monitoring on water quality, pollutants can be detected and mitigated before they pose a potential threat to these ecosystems and enter the water course. The rugged AP-2000 allows for real time testing of wastewater and helps to minimise risk of any potential fines. It is works to protect the device and allow for other essential parameters to be tested. Because it is portable, it is easy to transport between locations, and you can also save money from onsite visits by getting instant data readouts using telemetry.

Because of the soil filled nature of our barriers and the ability to achieve a variety of vertical or pyramid stacked configurations, we have a number of erosion control applications we are commonly used for. Applications include: Soil stabilization, Retaining walls (can be self-anchored with 90 degree tie-ins), Riverbank protection, Toe protection, Wetland restoration, Beach protection.

The installation of an AZUD System eliminates the risk of clogging of nozzles, injectors, tubes and other small openings by removing the larger particles from the liquid flow. It also helps in decreasing scale build up in the system and the accumulation of solids settling in the collection sump.

In a pit water purification system it was necessary to detect the discharge volumes. The operator wanted a regular and automatic transmission of readings. On the selected measurement place no mains power connection was available. Due to the risk of vandalism, it was not planned to install a switching cabinet.
See the NIVUS solution for this measurement task here.

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